The CCD sensor works by reading from the edge of the sensor, one pixel at a time, with the charge cascading from one pixel to the next. CCDs require a lot of power for fast readout, though.

CCD sensors don’t just capture a scene – they interpret it in a way that enhances the natural vibrancy of the world. With a CCD sensor, the colors pop right out of the camera without excessive ...

A CCD sensor, on the other hand, is global, meaning the entire array captures light at once, then takes a period of time to reset. While this isn't ideal for modern videography, it has advantages ...

A path recognition system based on CCD sensor. The imaging data of the path right ahead come from the CCD sensor. The system take the advantage of imagepsilas forward looking to reduce hysteresis of ...

A CCD sensor just sits better with me, and perhaps I'm living in the past, reminiscing about yesteryear while all you CMOS lovers are laughing at me, but I'm happy with that because I am enjoying my ...

A new contactless conductivity detection (CCD) sensor, which is on the basis of the capacitive reactance elimination principle, is developed in this work. The CCD sensor has two AC paths, the ...

If you’ve ever dreamed of building a proper spectrometer, it looks like the ESPROS epc901 CCD sensor is absolutely worth your attention. It’s fast, sensitive, easy to interface with, and at ...

ON Semiconductor’s KAI-50140 50-Mixel, charge-coupled device (CCD) image sensor is touted as the highest resolution Interline Transfer CCD image sensor commercially available. The sensor provides the ...

In a CCD sensor, every pixel's charge is transferred through a very limited number of outputs to be converted to a voltage and read off-chip as an analog signal. This creates a useful situation where ...